Ch. 1: Molcs & Fundamentals of Bio

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311 Terms

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intermolecular forces

affect physical properties (BP, MP, density) of a substance that forms between multiple molecules

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intermolecular

forces that can change boiling and melting point

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dehydration/condensation

polymerization reaction resulting in the release of water

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dehydration/condensation

reaction that puts monomer subunits together

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releases

a dehydration reaction ______ water

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uses

a hydrolysis reaction _____ water

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hydrolysis

depolymerization rxn that uses water to break bonds

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poly, mono

hydrolysis: ____mers → ____mers

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mono, poly

dehydration: ____mers → ____mers

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hydrolysis

reaction that breaks apart polymers

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carbs

macromolecule used for fuel and structural support

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fuel, structural support

carbs are used for ____ & ____

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CHO

carbs are made of which elements?

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rings

what does the structure of carbs look like?

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carbs & lipids

macromolecule(s) made of C, H, & O

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mono, di, poly

types of carbs (ends in -saccharides)

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1 detached

monosaccharide structure: (#) ____ ring

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(CH2O)n

chemical formula of monosaccharides (w/ n)

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ribose, fructose, glucose

3 examples of common monosaccharides?

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2, glycosidic

disaccharides: (#) monosaccharides joined by a _____ bond

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glycosidic

carbs are joined together by ____ bonds

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dehydration/condensation

carbs are joined together by what kind of rxn?

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use

carbs (use/release) water when joined together

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sucrose

example of a common disaccharide

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glucose, fructose

what is sucrose made of? (2)

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starch, glycogen, cellulose

3 examples of common polysaccharides

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glucose

starch is made of what type of monosaccharide?

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plants

starch is used by (plants/animals)

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starch

used by plants for energy storage

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energy storage

starch function

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poly

starch is a (mono/di/poly)saccharide

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mono

glucose is a is a (mono/di/poly)saccharide

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mono

ribose is a (mono/di/poly)saccharide

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mono

fructose is a (mono/di/poly)saccharide

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di

sucrose is a (mono/di/poly)saccharide

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sucrose

what does glucose and fructose form?

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poly

glycogen is a (mono/di/poly)saccharide

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poly

cellulose is a (mono/di/poly)saccharide

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animals

glycogen is used by (plants/animals)

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glycogen

used by animals for energy storage

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energy storage

glycogen function

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cellulose

important component of a plant cell wall

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structural support

cellulose function

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glycogen

used for plant cell wall stability

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glucose

glycogen is made of what type of monosaccharide?

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glucose

cellulose is made of what type of monosaccharide?

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amino acids

protein monomers

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CHON

proteins are made of which elements?

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proteins

macromolecule(s) made of C, H, O, & N

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20

total # of amino acids

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r group

part of amino acid that determines properties

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amino acids

the r group of ____ determines its chemical & electrical characteristics

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chemical, electrical

amino r groups determine ____ & ____ properties

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polarity

example of chemical property that is determined by an r group

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electrical side chains

example of an electrical property that is determined by an r group

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polypeptides

linked amino acid strands

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peptide

polypeptides are linked with ____ bonds

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amino acids, peptide

polypeptides: ____ joined by _____ bonds

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amino acids

R-CH(NH2)-COOH is the chemical formula of ____

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monosaccharides

(CH2O)n is the chemical formula of ____

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peptide bond

carboxylic acid bonded to amino group of another amino acid

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NH2

amino group

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proteins

macromolecule with diverse functions

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dehydration/condensation

peptide bonds are formed by ____ bonds

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dehydration/condensation

amino acids are joined together by what kind of rxn?

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hydrolysis

polypeptides can be broken by ____ rxns

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use

amino acids (use/release) water when joined together

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use

polypeptides (use/release) water when formed

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release

polypeptides (use/release) water when broken

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1

(1/2/3/4): amino acid sequence from mRNA translation

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translation

primary proteins are formed from ______

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2

(1/2/3/4): folding with h bonds

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h bonds

secondary proteins are formed from _____

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2 & 3 proteins

use h bonds

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2

(1/2/3/4): determined by intermolecular forces between polypeptide backbones (excluding r group)

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h bonds

holds together double helix and pleated sheets

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a helix, b pleated sheet

2 examples of secondary proteins

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inter

secondary proteins are determined by ____molecular forces

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polypeptide backbones

secondary proteins are determined by forces between _____ _______

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3

(1/2/3/4): 3d structure from r group interactions

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tertiary proteins

uses disulfide bonds

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disulfide bonds

covalent bonds between sulfur atoms

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tertiary proteins

uses h, ionic, and disulfide bonds

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4

(1/2/3/4): polypeptide chains forming a protein

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3

(1/2/3/4): make up a quaternary protein

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conjugated proteins

amino acids and nonprotein components

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metalloprotein

conjugated protein with metal ion cofactor

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hemoglobin

1 example of metalloprotein

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glycoprotein

conjugated protein with carb

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mucin

1 example of glycoprotein

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metalloproteins, glycoproteins

2 types of conjugated proteins

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denaturation

loss of function and unraveling of protein structures

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1

(1/2/3/4): unaffected by denaturation

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temp, ph, salt

denaturation is caused by changes in ____, ____, & ____ concentration

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denaturation

caused by changes in temp, ph, and salt

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storage

amino acid function

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hormones

signaling and regulatory molecules

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regulation

hormone function

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receptors

proteins in cell membranes bound to signaling molecules

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receptor

____ proteins can change cell environment